Q2FW30 (RS13_STAA8) Staphylococcus aureus (strain NCTC 8325 / PS 47)

Small ribosomal subunit protein uS13 UniProtKBInterProSTRINGInteractive Modelling

121 aa; Sequence (Fasta) ; 18 identical sequences

Available Structures

23 Experimental Structures

DescriptionPDB IDOligo-stateRangeSeq id (%)Ligands
70S ribosome from Staphylococcus aureus
5li0
 Heteromer
P0A0F8; P0A0G2; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FY22; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; Q5HID0; Q931G5; 		2-120
10031×MG; 9×O; 1×ZN;
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Structure Assessment
The complex of immature 30S ribosomal subunit with Ribosome maturation factor P (RimP) from Staphyl…
8bh7
 Heteromer
P0A0H0; P48940; Q2FW10; Q2FW12; Q2FW15; Q2FW19; Q2FW20; Q2FW23; Q2FW31; Q2FW39; Q2FXK6; Q2FXY6; Q2FZ25; Q2FZ45; Q2G111; Q2G113; Q2G2D3; Q2G2Q1; Q931G5; 		2-120
100
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Structure Assessment
70S initiation complex with assigned rRNA modifications from Staphylococcus aureus
6yef
 Heteromer
P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FY22; Q2FYU5; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		2-118
100268×MG; 20×K;
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Structure Assessment
VgaA-LC, an antibiotic resistance ABCF, in complex with 70S ribosome from Staphylococcus aureus
7nhl
 Heteromer
A0A0D1H2J5; A0A0D1JTN2; A0SNL9; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FY22; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-118
100138×MG; 2×ATP; 18×K; 4×ZN;
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Structure Assessment
Staphylococcus aureus ribosome in complex with Sal(B)
7p48
 Heteromer
A0A077UG91; A0A077UGA7; A0A077UGV8; A0A077UGW7; A0A077UKD6; A0A077UKF9; A0A077UL47; A0A077URJ8; A0A077UU26; A0A077UUA0; A0A077UVB6; A0A077UZF4; A0A077V2P0; A0A077V4G0; A0A077VHU6; A0A077VLD5; A0A077VMP6; A0A0D1IHY2; A0A0D1JMX2; A0A0H2K0A0; A0A1Q4GY48; A0A2X2M020; A0A380EL30; B3VKN3; D7URR3; W8TPC6; W8TRC7; W8TRD5; W8TRE0; W8TUB4; W8TUC3; W8TUC9; W8TUE6; W8TVK2; W8U3W0; W8U3X2; W8U6H8; W8U6K4; W8U8T8; W8U8U6; W8UVN7; W8UXC3; 		3-118
1003×ZN; 2×ATP; 2×MG;
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Structure Assessment
cryo-EM structure of Staphylococcus aureus(ATCC 29213) 70S ribosome in complex with MCX-190.
8y39
 Heteromer
A0A0D1H2J5; A0A0D1IHY2; A0A0D1JTN2; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FYU6; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-118
1001×A1D6G; 12×MG;
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Structure Assessment
Cryo-EM structure of Staphylococcus aureus 70S ribosome (strain 15B196) in complex with MCX-190.
8y38
 Heteromer
A0A0D1H2J5; A0A0D1JTN2; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FYU6; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-118
1001×A1D6G; 12×MG;
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Structure Assessment
Methicillin sensitive Staphylococcus aureus 70S ribosome
5tcu
 Heteromer
A7X145; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FYU6; Q2FZ42; Q2FZ45; Q2FZ60; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; Q2YYP5; 		2-114
1001×PAR; 129×MG;
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Structure Assessment
70S ribosome from Staphylococcus aureus
7nhm
 Heteromer
A0A0D1JTN2; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; P60735; P66173; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW15; Q2FW16; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FY22; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-115
10011×K; 141×MG; 4×ZN; 1×FME;
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Structure Assessment
Staphylococcus aureus 70S ribosome with elongation factor G locked with fusidic acid cyclopentane i…
8p2f
 Heteromer
A0A0D1JTN2; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FYU6; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G0N1; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-115
1003×ZN; 145×MG; 1×SPD; 1×PUT; 1×GDP; 1×WUX; 1×K;
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Structure Assessment
Staphylococcus aureus 70S after 30 minutes incubation at 37C
7aso
 Heteromer
A0A077UG91; A0A077UGA7; A0A077UGV8; A0A077UGW7; A0A077UKD6; A0A077ULC5; A0A077URJ8; A0A077UU26; A0A077UUA0; A0A077UZF4; A0A077V0P8; A0A077V2P0; A0A077V4G0; A0A077VHU6; A0A077VLD5; A0A077VMP6; A0A077W1J5; A0A1Q4GY48; D7URR3; W8TPC6; W8TQ59; W8TRC7; W8TRD5; W8TRP5; W8TUB4; W8TUC3; W8TUC9; W8TUE6; W8TVK2; W8U1C6; W8U3W0; W8U3X2; W8U6H8; W8U8T8; W8U8U6; W8UVN7; W8UXC3; 		2-114
100
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Structure Assessment
Staphylococcus aureus 70S after 50 minutes incubation at 37C
7asp
 Heteromer
A0A077UG91; A0A077UGA7; A0A077UGV8; A0A077UGW7; A0A077UKD6; A0A077UL47; A0A077ULC5; A0A077URJ8; A0A077UU26; A0A077UUA0; A0A077UVB6; A0A077UZF4; A0A077V2P0; A0A077V4G0; A0A077VHU6; A0A077VLD5; A0A077VMP6; A0A077W1J5; A0A1Q4GY48; A0A6G4QK55; B3VKN3; D7URR3; W8TPC6; W8TQ59; W8TRC7; W8TRD5; W8TRE0; W8TUB4; W8TUC9; W8TUE6; W8TVK2; W8U1C6; W8U3W0; W8U3X2; W8U6H8; W8U8T8; W8U8U6; W8UVN7; W8UXC3; 		2-114
100
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Structure Assessment
Staphylococcus aureus 70S ribosome with elongation factor G locked with fusidic acid cyclopentane w…
8p2g
 Heteromer
A0A0D1JTN2; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FYU6; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G0N1; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-115
100169×MG; 3×SPD; 1×PUT; 1×GDP; 1×WUX; 3×ZN;
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Structure Assessment
Staphylococcus aureus 70S ribosome with elongation factor G locked with fusidic acid with a tRNA in…
8p2h
 Heteromer
A0A0D1JTN2; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FYU6; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G0N1; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		3-115
100169×MG; 3×SPD; 1×PUT; 1×GDP; 1×FUA; 3×ZN;
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Structure Assessment
Hibernating ribosome from Staphylococcus aureus (Unrotated state)
5nd8
 Heteromer
A7X5G6; P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FXZ7; Q2FY22; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G055; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; 		2-111
100
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Structure Assessment
Hibernating ribosome from Staphylococcus aureus (Rotated state)
5nd9
 Heteromer
P0A0F8; P0A0G2; P0A0H0; P48940; P60430; Q2FUQ0; Q2FW06; Q2FW07; Q2FW08; Q2FW10; Q2FW11; Q2FW12; Q2FW13; Q2FW14; Q2FW15; Q2FW16; Q2FW17; Q2FW18; Q2FW19; Q2FW20; Q2FW21; Q2FW22; Q2FW23; Q2FW29; Q2FW31; Q2FW33; Q2FW38; Q2FW39; Q2FWD8; Q2FXK6; Q2FXQ0; Q2FXQ1; Q2FXS8; Q2FXT0; Q2FXY6; Q2FXZ7; Q2FY22; Q2FZ25; Q2FZ42; Q2FZ45; Q2FZ60; Q2FZF1; Q2G055; Q2G0S0; Q2G111; Q2G113; Q2G2Q1; Q931G5; 		2-111
100
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Structure Assessment
Cryo-EM structure of a Staphylococus aureus 30S-RbfA complex
8byv
 Heteromer
P0A0H0; P48940; Q2FW10; Q2FW12; Q2FW15; Q2FW19; Q2FW20; Q2FW23; Q2FW31; Q2FW39; Q2FXK6; Q2FXY6; Q2FZ25; Q2FZ45; Q2G111; Q2G113; Q2G2Q1; Q2G2Q4; Q931G5; 		2-111
100
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Structure Assessment
Mature 30S ribosomal subunit from Staphylococcus aureus
8bh6
 Heteromer
P0A0H0; P48940; Q2FW10; Q2FW12; Q2FW15; Q2FW19; Q2FW20; Q2FW23; Q2FW31; Q2FW39; Q2FXK6; Q2FXY6; Q2FZ25; Q2FZ45; Q2G111; Q2G113; Q2G2Q1; Q931G5; 		2-110
100
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Structure Assessment
Erythromycin Resistant Staphylococcus aureus 70S ribosome (delta R88 A89 uL22).
6s13
 Heteromer
A0A077UG91; A0A077UGA7; A0A077UGV8; A0A077UGW7; A0A077UKD6; A0A077UKF9; A0A077UL47; A0A077ULC5; A0A077URJ8; A0A077UU26; A0A077UUA0; A0A077UVB6; A0A077UZF4; A0A077V2P0; A0A077V4G0; A0A077VHU6; A0A077VLD5; A0A077VMP6; A0A077W1J5; A0A0H2K0A0; A0A1Q4GY48; A0A2X2M020; A0A380EL30; B3VKN3; D2Z097; D7URR3; W8TPC6; W8TQ59; W8TRC7; W8TRD5; W8TRE0; W8TUB4; W8TUC3; W8TUC9; W8TUE6; W8TVK2; W8U3W0; W8U3X2; W8U6H8; W8U6K4; W8U8T8; W8U8U6; W8UVN7; W8UXC3; 		7-110
100
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Structure Assessment
Erythromycin Resistant Staphylococcus aureus 70S ribosome (delta R88 A89 uL22) in complex with eryt…
6s0x
 Heteromer
A0A077UG91; A0A077UGA7; A0A077UGV8; A0A077UGW7; A0A077UKD6; A0A077UKF9; A0A077UL47; A0A077ULC5; A0A077URJ8; A0A077UU26; A0A077UUA0; A0A077UVB6; A0A077UZF4; A0A077V2P0; A0A077V4G0; A0A077VHU6; A0A077VLD5; A0A077VMP6; A0A077W1J5; A0A0H2K0A0; A0A1Q4GY48; A0A2X2M020; A0A380EL30; B3VKN3; D2Z097; D7URR3; W8TPC6; W8TQ59; W8TRC7; W8TRD5; W8TRE0; W8TUB4; W8TUC3; W8TUC9; W8TUE6; W8TVK2; W8U3W0; W8U3X2; W8U6H8; W8U6K4; W8U8T8; W8U8U6; W8UVN7; W8UXC3; 		7-110
1001×ERY;
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Structure Assessment
2.9S structure of the 70S ribosome composing the S. aureus 100S complex
5ngm
 Heteromer
A0A077UDU1; A0A077UG91; A0A077UGA7; A0A077UGV8; A0A077UGW7; A0A077UHS1; A0A077UKD6; A0A077UKF9; A0A077UL47; A0A077URJ8; A0A077UU26; A0A077UUA0; A0A077UVB6; A0A077UWR7; A0A077UZF4; A0A077V0P8; A0A077V2P0; A0A077V4G0; A0A077VHU6; A0A077VLD5; A0A077VMP6; A0A077W1J0; A0A0H2K0A0; A0A0H3KED7; A0A0K7UQP6; D2Z097; D7URR3; Q2YZB6; W8TPC6; W8TRC7; W8TRD5; W8TRE0; W8TRP5; W8TUB4; W8TUC3; W8TUC9; W8TUE6; W8TVK2; W8U1C6; W8U3W0; W8U3X2; W8U6H8; W8U6K4; W8U8T8; W8U8U6; W8UVN7; W8UXC3; 		7-110
100205×MG;
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Structure Assessment
Staphylococcus aureus 30S ribosomal subunit in presence of spermidine (head only)
7bge
 Heteromer
P48940; Q2FW10; Q2FW12; Q2FW19; Q2FW39; Q2FZ25; Q931G5; 		14-114
100.0
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Structure Assessment
Staphylococcus aureus 30S ribosomal subunit in presence of spermidine
7kwg
 Heteromer
P0A0H0; P48940; Q2FW10; Q2FW12; Q2FW15; Q2FW19; Q2FW20; Q2FW23; Q2FW31; Q2FW39; Q2FXK6; Q2FXY6; Q2FZ25; Q2FZ45; Q2G111; Q2G113; Q2G2Q1; 		14-114
100.0
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Structure Assessment

1 SWISS-MODEL model

TemplateOligo-stateQMEANDisCoRangeLigandsTrg-Tpl Seq id (%)
8p2g.1.jmonomer0.753-115
100.00
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Model report
Structure Assessment